if you tape 3 or 4 rulers together
No it can't go high
If you have leaks in a water bottle rocket, the pressure will quickly escape along with the water and the rocket won't be able to reach as high an altitude as a rocket without leaks.
i made a bottle rocket and a tire pump for science class and it went high in the sky!
our* stop cheating :)
At high elevations, the force of gravity becomes less.
No, because you need to change something, and measure how high it goes to see how changing one thing can affect the height. For example, if you are using air to launch the rocket, you could change how much air pressure you use, and measure the difference. "How does air pressure affect height?" is a scientific question. Remember if you do this, you must keep everything else the same, or it won't be a fair experiment.
The optimal amount of water for a bottle rocket is typically around one-third to half full. This allows for enough water to create the necessary thrust for launch while also leaving room for air pressure to build up for propulsion. Experimenting with different water levels can help you find the right balance for achieving height.
A bottle rocket is like a firecracker on a stick. The bottle rocket is placed at an angle in a soda bottle that is firmly on the ground. Then the bottle rocket's fuse is lit. When the fuse burns down there is an abrupt explosion in the bottom of the rocket that forces it to fly up. When it burns all the way up the bottle rocket, gun powder in the tip of the rocket explodes in the air.
A rocket is propelled by the force of the combustion of its engine, where fuel is burned to produce a high-speed exhaust that generates thrust. This thrust pushes the rocket forward according to Newton's Third Law of Motion, which states that for every action, there is an equal and opposite reaction.
Bottle rockets require water to create steam pressure within the bottle. This pressure builds up when the water inside is heated by the ignited propellant, causing the bottle to launch upwards. The steam escaping through the nozzle propels the bottle rocket into the air.
When you measure it against a middle concentrated solution. If your cup goes up its low concentration if it goes down its high concentration.
Because the high air pressure inside the bottle is trying to go to the lower air pressure outside the bottle, after more air is pumped in until the pressure builds up too much, the bottle rocket will be force into the sky by the air inside it.